relative uncertainty การใช้

• The relative uncertainty of the numerator is 0.01 / 2.91 = 0.0034.
• The 2006 CODATA recommended value has a relative uncertainty of 4.2.
• The relative uncertainty in the measurement would remain the same.
• :: Ah yes, a greater relative uncertainty makes more sense.
• With 6 million votes, even a small relative uncertainty can involve a significant number of votes.
• The first measurements used spheres of silicon with natural isotopic composition, and had a relative uncertainty of 3.1.
• In 2003, German experiments with gold at a current of only 10礎 demonstrated a relative uncertainty of 1.5 %.
• This would reduce the relative uncertainty when making nitrides could be investigated for their suitability to isolate these new alloys.
• The first few months of learning, especially if recovering from taking the Pill, is also a time of relative uncertainty.
• In 2014, NRC researchers published the most accurate measurement of the Planck constant to date, with a relative uncertainty of 1.8.
• :Actually, it is not all that surprising that estimates of the world population have a lower relative uncertainty than national population estimates.
• Relative uncertainty is the measurement uncertainty relative to the magnitude of a particular single choice for the value for the measured quantity, when this choice is nonzero.
• I learned that when I am multiplying two measurements with uncertainty values ( ?), the uncertainty in the final answer would be the sum of the measurements'relative uncertainties.
• Since that exponent is ?for every base unit other than Planck charge, the relative uncertainty of each base unit is about one half that of " G ".
• Small-angle Bhabha scattering was used to measure the luminosity of the 1993 run of the Stanford Large Detector ( SLD ), with a relative uncertainty of less than 0.5 %.
• Follow-on experiments using bismuth ions and a current of 30mA were expected to accumulate a mass of 30g in six days and to have a relative uncertainty of better than 1 ppm.
• At present, techniques to establish the realization of an ampere have a relative uncertainty of approximately a few parts in 10 7, and involve realizations of the watt, the ohm and the volt.
• The supermolecular approach has an important disadvantage in that the final interaction energy is usually much smaller than the total energies from which it is calculated, and therefore contains a much larger relative uncertainty.
• The relative uncertainty of the denominator is 0.01 / 2.55 = 0.0039 . So the relative uncertainty of the ratio should be sqrt ( 0.0034 ^ 2 + 0.0039 ^ 2 ) = 0.0052.
• The relative uncertainty of the denominator is 0.01 / 2.55 = 0.0039 . So the relative uncertainty of the ratio should be sqrt ( 0.0034 ^ 2 + 0.0039 ^ 2 ) = 0.0052.